Plenty of people collect World War II memorabilia and small trinkets, but a 78-year-old man in Germany was found with something much bigger: A 44-ton tank.
Acting on a tip, police in northern Germany raided the man’s house on Thursday and found a treasure trove of Nazi military gear inside the man’s cellar, including a Panther tank, a torpedo, and an anti-aircraft gun. How he got it down into his cellar was not clear, but it took 20 soldiers nearly nine hours to haul everything out, according to the BBC.
In the nearby city of Kiel, prosecutors were still trying to figure out whether the weapons violate the country’s War Weapons Control Act, which requires military weaponry to be licensed.
Interestingly enough, a guy having a tank as a personal vehicle was somewhat of an open secret in the town.
“He was chugging around in that thing during the snow catastrophe in 1978,” Heikendorf Mayor Alexander Orth told local media. “Some people like steam trains, others like tanks.”
Let’s face some harsh reality, folks. While we won World War II in the European Theater, infantry anti-tank weapons were not one of the big reasons why. The sad fact of the matter is that the M1 and M9 bazookas were…well…GlobalSecurity.org notes that they “could not penetrate the heavy front armor of the German tanks.”
Suppose, though, that the GIs had perhaps the most modern anti-tank missile in the world. One that could reach out and touch the German tanks at a much safer range for the anti-tank specialists. In other words, imagine they had the FGM-148 Javelin. How might the Battle of the Bulge changed?
Let’s look at the Javelin to understand how the battle would change. According to militaryfactory.com, the Javelin uses imaging infra-red guidance. By contrast, the bazooka rounds were unguided. This meant that the Javelin missiles have a much better chance of hitting their targets.
The Javelin also has longer range, a little over a mile and a half, compared to the bazooka’s two-tenths of a mile, allowing the anti-tank teams to move out of the way — or reload.
But how would World War II GIs have used the Javelin? While some infantry units might have these missiles, it is far more likely that they would have been used for blocking and delaying the armored thrusts. The best vehicle for that purpose would have been the classic Jeep.
According to militaryfactory.com, this vehicle could carry a driver and four troops. Or, a two-man Javelin team and, say, six to eight of the 33-pound missiles and a 14-pound launch unit. A section of two vehicles could easily be expected to take out a company of German tanks.
Their most likely use would be in ambushes, using hit and run tactics to weaken German units and to buy time for reinforcements of heavy units (like Patton’s Third Army) to prepare a devastating counter attack.
But its sheer effectiveness may even have ended that battle much sooner simply because the initial attacks would likely have been blunted — and the German tanks would have required infantry to move ahead to clear likely ambush sites, and that would have made it impossible to achieve the objective of capturing Antwerp.
That said, while tactically this alternate Battle of the Bulge would have been a quicker win for the Allies, strategically German resources might not have been depleted so badly. This would mean a longer war and potentially more casualties — and the first atomic bomb may have been dropped on a city in Germany, not Japan.
Air Force fighter jet mission data, sensors, missiles, intelligence information, precision guidance technology, data links and weapons targeting systems are all increasingly integrated with computer systems in today’s fast-moving high-tech warfare environment — a scenario which simultaneously upgrades lethality, decision-making and combat ability while also increasing risk and cyber-vulnerability, senior service leaders explained.
With this paradox and its commensurate rationale in mind, senior Air Force leaders unveiled a comprehensive “cyber campaign plan” designed to advance seven different lines of attack against cyber threats.
While faster processing speeds, advanced algorithms and emerging computer programs massively increase the efficiency, accuracy and precision of combat networks and weapons systems, increased computer-reliance also means weapons systems themselves can become more vulnerable to cyber-attack in the absence of sufficient protection.
For instance, how could Joint Direct Attack Munitions pinpoint targets in a combat environment where GPS signals have been destroyed, hacked or knocked out? What if navigation and geographical orientation were destroyed as well? How could an F-35 use its “sensor fusion” to instantly integrate targeting, mapping and threat information for the pilot if its computer system were hacked or compromised? How could drone feeds provide life-saving real-time targeting video feeds if the data links were hacked, re-directed, taken over or compromised?
These are precisely the kind of scenarios Air Force future planners and weapons developers are trying to anticipate.
Seven Lines of Attack
Speaking at the annual Air Force Association Air Warfare Symposium, National Harbor, Md., Gen. Ellen Marie Pawlikowski Commander, Air Force Materiel Command, delineated the inspiration and direction for the 7 lines of attack.
A key impetus for the effort, as outlined in the first line of attack, is working to secure mission planning and recognized cyber vulnerabilities, Pawlikowski explained.
For instance, she explained the prior to embarking upon a global attack mission, an Air Force F-16 would need to acquire and organize its intelligence information and mission data planning – activities which are almost entirely computer-dependent.
“We did some mission planning before we got that in the air. Part of that mission planning was uploaded into a computer,” Pawlikowski said. “An OFP (operational flight plan) is developed using software tools, processors and computers. When you lay out a mission thread it takes to conduct a global mission attack, you find that there are cyber threat surfaces all over the place. How do you make sure your F-16 is secure? We need to address each and every one of those threat surfaces.”
The second line of attack is described in terms of technology acquisition and weapons development procedures. The idea, Pawlikowski said, was to engineer future weapons systems with a built-in cyber resilience both protecting them from cyber-attacks and allowing them to integrate updated software and computer technology as it emerges.
“We want to understand cyber security as early as we can and develop tools that are needed by program managers. We want to engineer weapons systems that include cyber testing in developmental and operational tests,” she said.
Brining the right mixture of cyber security experts and security engineers into the force is the thrust behind the third line of attack, and working to ensure weapons themselves are cyber resilient provides the premise for the fourth line of attack.
“We can’t take ten years to change out the PNT (precision, navigation and timing) equipment in an airplane if there is a cyber threat that negates our ability to use GPS,” Pawlikowski explained.
Part of this equation involves the use of an often-described weapons development term called “open architecture” which can be explained as an attempt to engineer software and hardware able to easily accommodate and integrate new technologies as they emerge. Upon this basis, weapons systems in development can then be built to be more agile, or adaptive to a wider range of threats and combat operating conditions.
In many cases, this could mean updating a weapons system with new software tailored to address specific threats.
“Open mission systems enable me in avionics to do more of a plug-and-play capability, making our weapons systems adaptable to evolving cyber threats,” she explained.
The fifth line of effort involves establishing a common security environment for “classification” guides to ensure a common level of security, and the sixth line of attack involves working with experts and engineers with the Air Force Research Laboratory to develop built-in cyber hardening tools.
For instance, Pawlikowski explained that by the 2020s, every Air Force base would have cyber hardening “baked” into its systems and cyber officers on standby against potential cyber-attack.
Preparing to anticipate the areas of expected cyber threats, and therefore developing the requisite intelligence to prepare, is the key thrust of the seventh line of effort.
“We planned and built our defenses against an expectation of what our adversary was able to do. We need to understand where the threat is going so we can try to defend against it,” Pawlikowski said.
For every G above one that you experience, your weight increases by the G value. For example, if you weigh 150 pounds and experience 2 G’s, your weight increases to 300 pounds. At 5 G’s, you’re weight is 750 pounds (150 X 5).
A person’s G-tolerance depends on the body’s position, direction, and duration. Someone in the upright sitting position going forward experiencing front-to-back force will pass out at 5 G’s in 3 to 4 seconds. On the other hand, someone laying down feet first going forward can sustain 14 G’s for up to three minutes.
G-Loc — or passing out from G’s — happens when blood leaves the head, starving the brain of oxygen.
Beeding passed out due to shock while explaining his troubles to the flight surgeon. He was rushed to the hospital in critical condition when he woke up ten minutes later.
He made headlines when word got out that he sustain more G’s than John Stapp, who previously held the record at 46 G’s. Stapp famously used himself as a test subject in his cockpit design research to improve pilot safety against G-forces.
When asked about his achievement, Beeding was quick to point out that he was riding the sled backward and not forward like Stapp. He also said that his time at 83 G’s was “infinitesimal” compared to the 1.1 seconds endured by Stapp.
This clip from the U.S. Air Force Film “Pioneers of the Vertical Frontier” (1967) shows actual footage of both test pilots during their tests.
Army Cpl. Tibor Rubin was not the average soldier in the Korean War.
The Hungarian Jew was a survivor of the Third Reich’s concentration camps who pledged to join the Army if he ever made it to America.
He made it to the U.S., joined the infantry, fought to his last round against a massive Chinese attack, and then refused an early release from a Chinese prisoner of war camp so that he could use his lessons from the concentration camps to save his peers.
Rubin began trying to join the U.S. Army in 1948, but he had to study English for two years before he could speak it well enough to enlist. That allowed him to enter the service in 1950, just in time for the Korean War.
Unfortunately, Rubin’s first sergeant in Korea was extremely anti-semitic. Multiple sworn statements from members of Rubin’s unit say that the first sergeant would make remarks about Rubin’s religion and then assign him to the most dangerous missions.
In 1950, Rubin was assigned to hold a hill near Pusan as the rest of the unit fell back to a more defendable position. Rubin filled the foxholes near his position with grenades, rifles, and carbines.
When the North Koreans attacked, Rubin fought viciously for 24 hours, throwing grenades, firing weapons, and single-handedly stopping the attack. Rubin was nominated for the Medal of Honor, but the first sergeant trashed the orders.
Instead of receiving a Medal of Honor, Rubin was sent on more and more dangerous missions. In one, an American position was slowly whittled down by incoming fire until only one machine gun remained.
After three other soldiers were killed while manning the gun, Rubin stepped forward and began firing until his last round was expended. That was when he was severely wounded and captured by Chinese forces.
In the prisoner of war camp, the Chinese offered Rubin a deal. If he was willing to leave Korea, he could return to his home country of Hungary and sit out the rest of the war.
Rubin declined, opting instead to stay with his brothers and help them survive the prisons. In the camps, he ran a makeshift medical clinic, scavenged for food, and even broke out of the camp to steal supplies and broke back in to deliver them to other soldiers in need.
A grief-stricken American infantryman whose buddy has been killed in action is comforted by another soldier in the Haktong-ni area, Korea, on August 28, 1950. (Photo: U.S. Army Sgt. 1st Class Al Chang) (Cutline: National Archives and Records Administration)
For decades after he returned to the U.S., Rubin lived in relative obscurity. It wasn’t until President George W. Bush ordered a review of the denied recommendations for high valor awards that Rubin’s story came back to light.
In 2005, Bush placed the Medal of Honor around the old soldier’s neck during a White House ceremony.
The citation for the medal includes his solo defense of the hill near Pusan, his manning of the machine gun, his role in helping to capture hundreds of enemy soldiers, and his actions in the prisoner of war camp.
When the 6th Marine Division stormed ashore at Okinawa on April 1, 1945 they knew they were in for a fight. Okinawa is a Japanese prefecture, therefore home turf, and would be ruthlessly defended.
But, their first month on the island was almost uneventful as the Marines swept across the northern part of the island.
All of that changed when they shifted to join the attack in the south.
The Japanese commander’s plan was to concentrate his forces in the hills of southern Okinawa and wage a war of attrition on the Americans that he hoped they could not withstand.
All along the front, American units took a beating from the Japanese. Slowly but surely though, they crept forward. This monumental effort broke the first defensive line, the Machinato line. This led the Americans to the next, and even more formidable defense, the Shuri line.
The Shuri line was the Japanese Main Line of Resistance. It ran from coast to coast across Okinawa roughly in line with Shuri castle.
All along the line, the Japanese defenders were chewing up entire American divisions. However, the worst of it would come for the 6th Marine Division at an unassuming little hill they called “Sugar Loaf.”
Though barely 75 feet high and some 300 yards in length the small hill was teeming with an entire Japanese regiment. The Japanese were dug into intricate tunnels with machine gun and mortar nests covering every approach with interlocking fire.
Artillery from Shuri heights behind Sugar Loaf added more devastation.
On May 12 Company G, 22nd Marines advanced on the hill. Confidence was high as they crossed the first 900 yards to Sugar Loaf’s slopes. Then all hell broke loose. The first two platoons were suddenly ripped apart and pinned down by heavy Japanese machine gun and artillery fire.
Capt. Owen Stebbins, and his XO, Lt. Dale Bair rushed forward leading the remaining platoon. Before they could even make the slopes, Stebbins and 28 other Marines were cut down.
Bair assumed command but was wounded instantly himself. Despite his wounds, he rallied his men and surged to the crest of Sugar Loaf. Blasting at the Japanese with only one good arm Bair inspired his men before Japanese fire repeatedly struck him. Continuing to fight through the pain Bair did everything in his power to suppress the Japanese. He was later awarded the Navy Cross for his actions.
As the Japanese fire intensified, the few remaining Marines evacuated the summit. However, the fight was not over. G Company would assault Sugar Loaf and take the summit three more times that day before being forced to withdraw for the night.
Company G was down to 75 able-bodied men after only the first day. The next day other elements of the 22nd Marines captured the summit of Sugar Loaf only to be driven off.
On May 14, elements of the 29th Marines joined in on the attack and the combined effort managed to get two companies to the top of the hill. Withering fire from the Japanese forced them back down.
An attack in the afternoon by the 2nd Battalion, 22nd Marines stalled and left Maj. Henry Courtney, the battalion XO, stranded on the slopes along with 44 other Marines. From his precarious position, Courtney surmised that their only hope was to assault.
Leading the way through ferocious Japanese fire Courtney led his men through fierce combat. After gaining a better position, Courtney sent for reinforcements and ammunition. He then pushed forward to the crest of the hill, demolishing Japanese positions with grenades as he went. Observing a large force assembling for a counterattack Courtney pushed on and routed the enemy from the top of Sugar Loaf.
Courtney order his men to dig in and hold for the night. Unfortunately, accurate Japanese mortar fire mortally wounded him and determined Japanese resistance reduced his small force to only 15 men. Unable to hold they once again yielded the summit.
May 15 was no better for the Marines. Company D, 29th Marines battled to the top before fighting a bitter engagement with the Japanese. A single platoon exhausted some 350 grenades and were down to eleven men before they retreated.
On the 16th, the Marines renewed their assault. The 22nd Marines once again went up Sugar Loaf while the 29th Marines attacked Half Moon hill, a small landmass interconnected with Sugar Loaf’s defenses, from which they could provide supporting fire.
Sugar Loaf changed hands four separate times before the Marines withdrew. The final attempt seemed to be holding when they ran out of ammunition and had no choice but to forfeit the hill once more.
The first good news of the battle came on May 17 when a battalion from the 29th Marines finally secured most of Half Moon hill.
The next day, the Marines launched diversionary attacks all along the line and then snuck a unit of tanks and infantry between Sugar Loaf and Half Moon. These Marines then attacked Sugar Loaf from the rear and finally drove out the remaining Japanese defenders. This was the twelfth times the Marines had made the summit and they were loath to relinquish it.
The beleaguered and angry Marines mowed down the retreating Japanese.
The fight for Sugar Loaf Hill had cost the Marines over 2,600 causalities with nearly 1,300 more evacuated for exhaustion or illness. But, the Marines hard-won victory finally cracked the Shuri line and spelled the end for the Japanese defenders on Okinawa.
The Battle of Gettysburg was one of the bloodiest in American history with over 7,000 soldiers killed in three days of fighting.
(A single civilian, Mary Virginia Wade, was also killed.)
But if the modern military fought the battle, the costs could easily be much higher as today’s artillery, mortars, jets, and helicopters make every exchange more costly. And the increased range and firing rate of the M16 instead of Civil War rifles would make the missteps of generals even more catastrophic.
A squad designated marksman scans his sector while providing security. (Photo: U.S. Army)
When the two sides first clashed at Gettysburg on July 1, 1863, it was largely an accident. Union Brig. Gen. John Buford, the head of cavalry for the North, had sent men to scout the area around the city and they ran into a group of men commanded by Gen. Harry Heth heading into the city to find supplies.
While many Union leaders thought there were only a few rebels in the area, and many rebels thought the Union forces were just a militia group, Buford and a few others suspected the truth. The two major armies in the eastern theater had just stumbled into one another.
But Buford was a pioneer of mounted infantry tactics and ordered his subordinates to prepare for a pitched battle the following day. He spent the bulk of that night getting the lay of the land and planning his attack. But, if he had been in command of modern, mechanized infantry, he wouldn’t have needed to.
Instead, he would have sent his dismounts forward to search out the enemy encampments and would have brought his Strykers up with them. Meanwhile, any UAVs he could wrangle up would be flying ahead, searching out the enemy.
But Rebels with modern communication equipment would have reported the chance engagement in the city to their higher headquarters. Confederate Gen. Robert E. Lee, who knew that the Union was pursuing them north, would likely have sent out his own scouts and drones to search for enemy forces.
When each side learned that their enemy was nearby, heavily armed, and deployed near the vital strategic crossroads of Gettysburg, they would have surged all assets to take and hold the key ground.
Buford’s mechanized infantry would likely have taken the same heights that it did in 1863, but this time it would have positioned Strykers with TOW missiles behind cover and sent those armed with machine guns to cover the approaches to the heights. Most infantry squads would dismount and take up defensive positions on the heights.
Meanwhile, each side would begin calling up close air support and alerting the Air Force that they needed air battle interdiction immediately. Unfortunately, when the jets arrived, they would be too busy trying to establish air superiority to start hitting ground targets.
As the duel began to play out in the sky, artillery units on the ground would begin lobbing shells at precision targets and using rockets and howitzer barrages to saturate areas of known enemy activity.
This is what makes it unlikely that Mrs. Mary Wade would be the only civilian casualty of a modern Gettysburg.
The Union forces would likely congregate in a similar fishhook that first night as they did in the actual battle on the second day.
But here is where things would go wrong for the Union. When Maj. Gen. Daniel Sickles made his ill-fated move into the peach orchard, the Confederates would have been able to pin his men down with machine gun fire and then concentrate their artillery fire, wiping out Sickles and most of his men.
Down most of a corps and under fire, the Union would fall back to the heights once again and move forces to defend the flank where Sickles once was.
But Lee might once again make his great mistake of the battle. With a corps ground under his heel and the Union center losing men to guard the flank, he would order Maj. Gen. George Pickett, newly arrived on the battlefield in transports, to push against the seemingly weak Union center.
But as Pickett leads his men across the 1-mile of open ground to the Union center, his men would be cut down. The Union Strykers and Abrams would fire from behind cover and, while a few of them would be taken out by Confederate Javelins, TOWs, and other weapons, they would still wreak havoc.
Gunners on the ridge would open up with M2 .50-cals and M240Bs, walking the rounds on incoming Confederate infantry as they bounded into range. Union artillery would, once again, saturate the area. Fisters would identify command vehicles and pass their locations to helicopters and artillery crews for concentrated destruction.
Missiles would arc back and forth across the Gettysburg fields in the wee hours of July 1. The whole Battle of Gettysburg, fought over a three-day period in real life, would have played out on an advanced timeline with modern-day weapons of war.
But the outcome would likely be the same: Lee’s undersupplied, outnumbered troops would attempt to force the high ground against defenders who reached most of the important terrain first; a false sense of confidence after the Confederates took advantage of Sickles’ mistake would have led them to gamble much and lose it all.
Lewis was killed during the Japanese attack on Pearl Harbor on Dec. 7, 1941. He died on the USS Oklahoma with 427 of his shipmates.
“It made life hard,” said his brother, Carl Wagoner. “To think about it.”
Seaman Wagoner’s remains could not be identified and were placed in mass graves with 393 other sailors. Generations of the Wagoner family have made the trip to Hawaii to see the memorial to those unidentified sailors and the names included on it.
“I was glad to see there was something,” said Lee Longaker, Lewis Wagoner’s niece. “But it was still empty as far as who’s really there.”
After decades, the POW/MIA Accounting Agency exhumed the sailors from the Oklahoma and used new techniques to identify their remains. Luckily, Carl Wagoner was still alive to see his brother’s remains repatriated to their home in Haysville, Kansas in October 2016.
AARP studios brings the story of Lewis Wagoner’s remains and his family’s efforts to bring him home in the video below.
“To have him come home actually, to be close to all of us, means a whole lot to them and to me,” says Mark Wagoner, Lewis Wagoner’s nephew. “Now I can show my children and tell my children what and who he was.”
America’s operators are the best in the world, but they’re focused on kicking down doors, killing terrorists, and training allies.
Special Operations Command could use more flexibility, especially when it comes to future fights. Here are 7 new special operations units America needs:
1. Chairborne Rangers
As drones become more advanced, infantry robots will eventually reach the battlefield. Chairborne Rangers are the best Call of Duty players, honed into living weapons. They controls those bots and exist off energy drinks, potato chips, and enabling parents.
2. Schmuckatelli Recovery Group
This one is pretty simple. When “Schmuckatelli,” “Joe Schmoe,” or other lackluster troops get themselves locked up in jail or a Tijuana dungeon, the SRG swoops in on black helicopters to rescue them, by force if necessary.
3. Nuptial Prevention Service
The NPS interrupts weddings between troops and anyone they’ve known for less than 72 hours. They’re focused on unions where the potential spouse is a stripper or the service member is deploying within two weeks.
4. Expeditionary PT Belt Deployment Team
When troops are under fire, conducting an assault, or just running on a dark street and find themselves without a reflective or glow belt, the Expeditionary PT Belt Deployment Team is there to lend a hand and 6 feet of reflective plastic.
5. Space Team 6
Space warfare is coming, and Space Team 6 supports NASA from staging platforms in orbit. They’d train constantly to remove space pirates from interstellar vessels, board asteroid mining rigs, and destroy alien queens.
6. 1st Special POGs Detachment
The most elite admin soldiers, waterdogs, and geospatial engineers are honed into a filing force that could clear the VA backlog in minutes or create tasty water from the Kandahar Air Field poo pond with just a mosquito net and iodine tablets.
7. Keyboard Rangers Division
Honestly, the Keyboard Rangers Division is just a way to corral all those Facebook and reddit commenters who keep talking smack about killing ISIS but can’t find a recruiter’s office to save their lives. Keyboard Rangers would be given access to computers that look completely normal, but don’t broadcast to the outside world.
President Donald J. Trump today announced his intention to nominate Philip Bilden as the 76th secretary of the Navy.
If confirmed by the Senate, Bilden will replace Ray Mabus, who was the longest serving Navy secretary since World War I.
The announcement follows the president’s nomination of Heather Wilson as Air Force secretary and Vinnie Viola as Army secretary.
“All three of these nominees have my utmost confidence,” Defense Secretary James Mattis said in a statement following the announcement. “They will provide strong civilian leadership to strengthen military readiness, gain full value from every taxpayer dollar spent on defense, and support our service members, civilians, and their families. I appreciate the willingness of these three proven leaders to serve our country. They had my full support during the selection process, and they will have my full support during the Senate confirmation process.”
Bilden is a business leader, former military intelligence officer and Naval War College cybersecurity leader who served on the board of directors for the United States Naval Academy Foundation and the board of trustees of the Naval War College Foundation.
He was commissioned in 1986 in the Army Reserve as a military intelligence officer and served for 10 years, achieving the rank of captain. Bilden’s family includes four consecutive generations of Navy and Army officers, including his two sons, who presently serve in the Navy.
“As secretary of the Navy, Philip Bilden will apply his terrific judgement and top-notch management skills to the task of rebuilding our unparalleled Navy,” Trump said. “Our number of ships is at the lowest point that it has been in decades. Philip Bilden is the right choice to help us expand and modernize our fleet, including surface ships, submarines and aircraft, and ensure America’s naval supremacy for decades to come. I am proud of the men and women of our armed forces. The people who serve in our military are our American heroes, and we honor their service every day.”
“I am deeply humbled and honored to serve as secretary of the Navy,” Bilden said. “Maintaining the strength, readiness, and capabilities of our maritime force is critical to our national security. If confirmed, I will ensure that our sailors and Marines have the resources they need to defend our interests around the globe and support our allies with commitment and capability.”
Marie Curie may be one of the world’s best-known scientists, but some of her most important work took place not in the laboratory, but on the front lines of battle during World War One.
Marie Sklodowska Curie started life in 1867 in Warsaw, Poland, but in 1891, she left home to study physics and mathematics at the Sorbonne in Paris and it was in France that her reputation was built. In 1903, she and her husband, Pierre, having discovered the elements radium and polonium, shared the Nobel Prize for Physics with another researcher.
She would win another in 1911, this time for chemistry, but by that time, she was a widow; Pierre was killed in 1906 when he was run over by a horse-drawn carriage while crossing a busy Parisian street.
Curie’s pursuit of science had not been aided by the resentment and distrust of her male peers, who didn’t believe that a woman could possibly be their intellectual equal. The French Academy of Sciences had been unwilling to welcome her as a member for her scientific achievements.
Several year’s after Pierre’s death, she entered into an affair with a fellow scientist who was married. The spurned wife, who had letters that Curie had written to her lover, sent the letters to French newspapers, where they were published, and the public turned against Curie. In 1914, her Radium Institute was completed, but the year also brought the outbreak of World War I, which took her male laboratory workers off to fight.
She had one gram of radium to use for her research, not enough for her to experiment with during the war. She wanted to do something for the war effort. She was willing to have her Nobel Prize medals melted down to provide the gold that the French government needed, but the bank wouldn’t do it. So she donated the prize money she’d received and bought war bonds.
She couldn’t do the research that had made her reputation, so she opted to try something else: X-rays.
Knowing that war inevitably meant injuries that would require medical attention, Curie thought that X-rays could offer a new technology for the soldiers who were destined to be in harm’s way. X-rays on the battlefield could save lives.
She was named the head of the radiological services of the International Red Cross. She studied anatomy books. She learned to drive and how to fix automobiles. She taught herself how to use X-ray machines and trained medical professionals in the usage of the X-rays. She went on a fundraising campaign to raise money and by October, 1914, she had a traveling X-ray unit in a Renault van, the first of 20 that she would outfit.
The “Petites Curies” came with a generator, a hospital bed, and an X-ray machine. But once again, she had to sell the idea to the medical establishment, just as she had had to sell the science establishment on her qualifications as a researcher. Doctors were skeptical that radiology had a place on the battlefield.
So Curie headed to the Marne where a battle was raging to prove the value of the X-ray machines.
She was able to detect the presence of bullets and shrapnel in soldiers who came to the van to be X-rayed, making the work of the surgeons on the front lines easier because they knew where to operate.
Curie was galvanized by the need for more X-ray units. In addition to the mobile vans, she wanted to add 200 stationary x-ray units. But the army was as dubious about her idea as they were about the new military technology like the tank and the machine gun.
Once again, Curie wouldn’t take no for an answer. She gave X-ray training to 150 women so that they could provide radiological diagnoses for the soldiers. Over a million French soldiers benefited from the Petites Curies and the accessibility of X-ray machines on the front.
When the war ended in 1918, Curie, like other celebrating Parisians, took to this streets, but with a difference. She was driving a Petite Curie.
For Curie, service in the war was necessary.
“What seemed difficult became easy,” recalled the ground-breaking scientist and French patriot. “All those who did not understand gave in or accepted; those who did not know learned; those who had been indifferent became devoted.”
But ultimately, Curie’s sacrifice for science and for the war proved lethal. She didn’t know that the radiation was deadly and the years of exposure — she had the habit of carrying test tubes in her pockets and although she noticed the way they emitted light in the dark, she didn’t understand that the glow was an indicator of danger — led to health problems and ultimately leukemia, which killed her in 1934.
Even now, her notebooks are so radioactive that anyone wishing to view them where they are stored at the National Library in Paris has to put on protective garments and sign a waiver.
This month is “Movember,” and dudes worldwide are growing mustaches (and more) to support the foundation dedicated to fighting prostate cancer. But in the history of military grooming standards, few cohorts can hang with that of the Civil War. Check out these looks that would make a modern-day hipster weep:
1. Gen. George McClellan
2. Maj. Gen. Alfred T. A. Torbert
3. Gen. J.E.B. Stuart
4. Gen. George Armstrong Custer
5. Gen. William Tecumseh Sherman
Sherman was rocking his “rough night in Atlanta” look in this shot. His beard grooming techinque was replicated by Bradley Cooper in “American Sniper.”
6. Gen. Lew Wallace
7. Maj. Gen. George Crook
8. Gen. Joshua Chamberlain
9. Gen. Ambrose Burnside
Burnside is the namesake of the — wait for it — sideburn. Pure genius. And that medal adorning his chest is most certainly for “visage gallantry in the face of extreme danger.”
Military working dogs are some of America’s hardest working service members. They find IEDs, drugs, victims of natural disasters, and dozens of other things. They also serve beside special operators and engage enemies with their human counterparts.
Unfortunately, they also live shorter lives than their humans.
That means that nearly every human handler will one day have to say goodbye to their friend and partner. The military allows handlers to go through a process that ensures the humans get one last day of bonding with their animals and the dogs receive a dignified sendoff.
First, a decision is made about who will handle the canine during their final day. This is often the current handler assigned to the dog or the person who adopted them upon their retirement, but it could also be someone who spent a long time with the animal or who bonded most strongly with them.
This handler and other service members who love the dog will spend time playing together one last time.
Then, the canine is taken for a “Final Patrol” or, sometimes, a “Final Walk.” Depending on the installation and the dog, this can be anything from a low-key walk around some of the greener parts of the base to a full-fledged parade down the base’s main drag.
Sometimes, the dogs may be too sick or old to conduct the final patrol on their own. In those circumstances, the units will arrange an escort with handlers and other people who loved and respected them.
At the end of the final patrol, a human with close ties to the dog will walk them past a final salute.
Service members line the walk to render honors to the animals who have served faithfully. This will be the last chance for many of the humans to express their gratitude.
Inside the clinic, veterinarians will begin the euthanization process while handlers comfort the dogs.
The handlers stay with the dogs until the end.
Once it is done, the dog is draped with the flag and prepared for their final rest. Usually, the dogs are cremated.
Handlers and other members of the unit will then hold a memorial ceremony with a display of a kennel, a tipped dish, a collar and leash, and sometimes the dog’s ashes.
Pvt. Kaitlin Haines, a handler with the 100th Military Working Dog Detachment and a native of Sacramento, Calif., salutes during a Feb. 9, 2015, memorial service at Miesau Chapel for Cak, a local military working dog who was put to rest in December. (Photo and cutline: Elisabeth Paqué)
The handlers then have to overcome their grief and find a new partner to work with.